Precise, fast signal interface for performance motor control Key benefits — why you need it accuracy motor control: Up to 150 kHz response frequency (l, htype) enables finegrained position and speed feedback for servo and closedloop systems, reducing steadystate error and improving repeatability. Faster decisionmaking and smoother motion: Very short rise times (≤100 ns for ltype; ≤1 us for other types) minimize latency between sensor event and controller action, helping eliminate jitter and overshoot in dynamic systems. Reliable in demanding environments: Rated to support up to 6000 rpm, withstand accelerations to 1000 m/s² and 6 ms impact resistance, ensuring stable performance on speed spindles, rotating assemblies, and rapidtransfer mechanisms. Flexible integration: Multiple output modes (l, h, c, e, f, t) accommodate a variety of voltage systems and control interfaces, simplifying replacement and retrofit into different controllers and PLCs. Core functions and performance (concise) Response frequency: 150 kHz for ltype and htype models; 50 kHz for other models — suitable for fast encoder and motor feedback applications. Rise time (latency): ≤100 ns for ltype; ≤1 us for other types — supports rapid signal processing and reduces control loop delay. Mechanical/operational tolerance: Supports rotational speeds up to 6000 rpm, acceleration up to 1000 m/s², and impact resistance rated to 6 ms. Output options: Available in l, h, c, e, f, t modes to match different voltage and interface requirements. Compatibility and integration Designed for direct use with industrial motor controllers, PLCs, servo drives, and motion controllers that accept the listed output modes. Multiple output modes let you match the sensor to existing wiring and voltage standards without major electrical redesign. Compact form factor and standard electrical interfaces make replacement and retrofit straightforward (refer to product datasheet for mechanical dimensions and connector types). Practical use scenarios Robotics and pickandplace systems: Use the ltype or htype models (150 kHz, ≤100 ns rise time) to provide resolution, lowlatency feedback for joint and endeffector motors, improving path accuracy and cycle time. CNC spindles and rotary encoders: The 6000 rpm capability with 1000 m/s² acceleration tolerance suits precise spindle speed control and toolposition feedback under dynamic loads. speed packaging and assembly lines: Quick detection and short rise times minimize control delays at transfer points and indexing stations, reducing product misplacement and increasing throughput. What makes this product stand out Combines industrygrade speed and shock tolerance with configurable outputs, delivering both robust mechanical performance and straightforward electrical compatibility. Clear performance boundaries (frequency, rise time, rpm, acceleration, impact resistance) let engineers select the appropriate model (ltype, htype, or other) based on control loop speed and environmental demands. Installation note Choose the ltype or htype when maximum response frequency and the shortest rise time are required; select other models where 50 kHz response and ≤1 us rise time meet system needs. Verify output mode compatibility (l, h, c, e, f, t) with your controller's input specifications before wiring. Specifications summary Response frequency: 150 kHz (l, htype); 50 kHz (others) Rise time: ≤100 ns (ltype); ≤1 us (others) Max rotational speed: 6000 rpm Acceleration tolerance: 1000 m/s² Impact resistance: 6 ms Output modes: l, h, c, e, f, t For systems requiring precise, lowlatency motor feedback with robust mechanical tolerance and multiple output choices, this product provides a practical, reliable interface to improve control accuracy and system responsiveness.